wormhole-mcp
Server Details
Wormhole - 69 tools for cross-chain transfers and bridge data
- Status
- Unhealthy
- Last Tested
- Transport
- Streamable HTTP
- URL
- Repository
- junct-bot/wormhole-mcp
- GitHub Stars
- 0
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections. Dates show when Glama detected each change.
4 tool updates
- Added
find_delegate_observations_by_chain - Added
find_delegate_observations_by_emitter - Added
find_delegate_observations_by_guardian - Added
find_delegate_observations_by_sequence
69 tool updates
- First observed
api_v1_native_token_transfer_activity - First observed
api_v1_native_token_transfer_summary - First observed
api_v1_native_token_transfer_token_list - First observed
api_v1_native_token_transfer_top_address - First observed
api_v1_native_token_transfer_top_holder - First observed
api_v1_native_token_transfer_transfer_by_time - First observed
api_v1_top_100_corridors - First observed
application_activity - First observed
circulating_supply - First observed
find_address_by_id - First observed
find_all_vaas - First observed
find_duplicated_vaa_by_id - First observed
find_global_transaction_by_id - First observed
find_observations - First observed
find_observations_by_chain - First observed
find_observations_by_emitter - First observed
find_observations_by_id - First observed
find_observations_by_sequence - First observed
find_relay_by_vaa_id - First observed
find_vaa_by_id - First observed
find_vaas_by_chain - First observed
find_vaas_by_emitter - First observed
get_last_transactions - First observed
get_operation_by_id - First observed
get_operations - First observed
get_protocol_network_pairs - First observed
get_protocol_trending_tokens - First observed
get_scorecards - First observed
get_secured_tokens - First observed
get_token_by_chain_and_address - First observed
get_top_assets_by_volume - First observed
get_top_chain_pairs_by_num_transfers - First observed
get_top_protocols_stats - First observed
get_transaction_by_id - First observed
get_vaa_counts - First observed
get_version - First observed
governor_available_notional_by_chain - First observed
governor_config - First observed
governor_config_by_guardian_address - First observed
governor_enqueued_vaas - First observed
governor_max_notional_available_by_chain - First observed
governor_notional_available - First observed
governor_notional_available_by_chain - First observed
governor_notional_limit - First observed
governor_notional_limit_detail - First observed
governor_notional_limit_detail_by_chain - First observed
governor_status - First observed
governor_status_by_guardian_address - First observed
governor_vaas - First observed
guardian_set - First observed
guardians_enqueued_vaas - First observed
guardians_enqueued_vaas_by_chain - First observed
guardians_find_signed_batch_vaa - First observed
guardians_find_signed_vaa - First observed
guardians_hearbeats - First observed
guardians_is_vaa_enqueued - First observed
guardians_token_list - First observed
health_check - First observed
list_transactions - First observed
live_tracking_subscribe - First observed
parse_vaa - First observed
ready_check - First observed
search_operations - First observed
supply_info - First observed
swagger - First observed
top_symbols_by_volume - First observed
total_supply - First observed
x_chain_activity - First observed
x_chain_activity_tops
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Discussions
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TDQS
Many tools have overlapping purposes, causing significant ambiguity. For example, multiple tools like 'find_vaa_by_id', 'find_duplicated_vaa_by_id', and 'get_transaction_by_id' all seem to retrieve VAA-related data with unclear distinctions. Similarly, governor-related tools (e.g., 'governor_notional_available_by_chain', 'governor_max_notional_available_by_chain') have overlapping scopes, making it hard for an agent to choose the right one without deep domain knowledge.
The naming is mixed but somewhat readable. There are consistent patterns within groups (e.g., 'find_' prefix for VAA/observation queries, 'governor_' prefix for governor data), but overall conventions vary: some use snake_case (e.g., 'api_v1_native_token_transfer_activity'), others use simpler forms (e.g., 'circulating_supply'), and there's no uniform verb-noun structure. This inconsistency can confuse agents but doesn't render the set unreadable.
With 73 tools, the count is excessive for a single server, indicating poor scoping. While Wormhole is a complex blockchain protocol, the tool surface feels bloated with many overlapping or highly specialized functions (e.g., multiple governor notional tools). A more curated set of 15-30 tools would likely suffice, making this overly heavy and difficult for agents to navigate efficiently.
The tool set appears highly complete for the Wormhole domain, covering VAAs, transactions, governor data, token transfers, and protocol analytics. There are discovery tools, CRUD-like operations for queries, and monitoring functions. Minor gaps might exist in mutation operations (e.g., creating or updating data), but given the exploratory/read-only nature implied, coverage is thorough for data retrieval and analysis.